Atomic News

Detailed inventory shows that electric vehicles are more vulnerable to material supply challenges than gas guzzlers.

Major steelmakers and disruptive start-ups look to hydrogen and renewable electricity to make green steel.

HCl’s behavior tells scientists they still don’t understand martian atmosphere chemistry.

Chemists explore the role of intrinsically disordered proteins in the origins of life.

RNA vaccines produced by Pfizer and BioNTech and Moderna have become the first COVID-19 vaccines approved for emergency use in the US. How are these vaccines made?

Candles comprise just three main ingredients—fat, fiber, and fire. But to really understand the science at play, we explain how each component contributes to the light and heat of burning candles.

Can you spot a faulty science news story? Do you know what red flags to look for to weigh the credibility? Here's how to analyze scientific claims and spot misinformation.

It's easy to take for granted adhesives that are essential to our lives. Take a look at the long, influential history of stickiness.

Jennifer Doudna and Emmanuelle Charpentier take home the prize for the CRISPR gene-editing tool.

The chemistry behind ammonium nitrate’s explosive risk is well known, leading some officials to blame the accident on negligence.

Researchers are figuring out just how much damage aristolochic acids cause to global health.

Chemical educator and Compound Interest blogger Andy Brunning captures the current state of diagnostics for novel coronavirus infection.

At the heart of every drop of paint, every thread of cloth, every bit of your brightly colored phone case is a pigment. But what is a pigment, exactly?

Stay up to date on Coronavirus news, scientific information, and resources for students.

Researchers made glow-in-the-dark plants by taking a biosynthetic pathway from glowing mushrooms and adding it to tobacco.

Researchers analyze the chemical differences between hot- and cold-brewed coffee.

E-cigarettes deliver lead, arsenic, nickel, and other metals at harmful levels.

Understand how COVID-19 became a pandemic and what you can do to help your community.

The structure shows the first steps of SARS-CoV-2 infection, and could help in drug discovery.

Water scarcity from climate change could displace up to 700 million people by 2030. Chemists and engineers are working to make less-expensive, more energy-efficient technologies more widely accessible.